Sentence examples for wave of augmented from inspiring English sources
Today, it's taking the latest step into the future of shopping with the launch of IKEA Place, one of the first wave of augmented reality apps getting released today to work with Apple's new ARKit technology and iOS 11.
The wave of augmented reality apps that are coming down the smartphone pipe, driven by more powerful hardware and active encouragement from mobile platforms, could also help generate demand for Prisma's effects, reckons Moiseenkov, as they can offer object tracking as well as face tracking via APIs or an SDK.
The present work can be exploited for the design and optimum control of such systems extracting energy from sea waves for augmenting marine propulsion in rough seas, with simultaneous reduction of ship responses offering also dynamic stabilisation.
As the foundation for a new computational implementation, we survey the calculation of the complex electrical conductivity tensor based on the Kubo Greenwood (KG) formalism (Kubo, 1957; Greenwood, 1958), with emphasis on derivations and technical aspects pertinent to use of projector augmented wave datasets with plane wave basis sets (Blöchl, 1994).
Our findings of increased wave reflection factor and shortened wave transit time indicated that CRF changed the timing and magnitude of the pulse wave reflection to augment the systolic load of the left ventricle.
All density functional theory (DFT) calculations were performed in the Vienna Ab Initio Simulation Package (VASP) using plane-wave package with projector augmented wave pseudopotentials.
The systolic aortic pressure wave of the heterozygous mice is augmented, while the diastolic relaxation is significantly slowed (Munir et al, 2007; Fig 6B).
The reflected wave travels back towards the heart and meets the advancing wave, augmenting its height.
The parameter (p_{0}) corresponding to our wave functions also augments when we increase the coupling strength (alpha.) This means that the wave function becomes more peaked in coordinate space at higher values of the coupling.
We examine the challenge of performing accurate electronic structure calculations at high pressures by comparing the results of all-electron full potential linearized augmented-plane-wave calculations, as implemented in the WIEN2k code, with those of the projector augmented wave (PAW) method, as implemented in Quantum ESPRESSO or Abinit code.
DFT calculations were performed using the real-space grid implementation of the projector augmented wave function (PAW) method in the GPAW code within the local density approximation (LDA).
